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This method identifies the same packets on a sequence of network hops solely by observing the regular traffic. Inspired by audio and image compression algorithms, we developed a probabilistic method named silent consensus, where we keep the precision within a desired interval while reducing the overhead significantly. Therefore, we propose a two step approach for measuring latency between adjacent hops without manipulating or generating any network traffic. The usage of additional monitoring protocols increases the CPU/network overhead and should be avoided as well. Collecting the data is a challenging problem, as the communication is limited to existent network protocols, and adding new features requires a major infrastructure adaptation. In particular, network information expressing the core parameters latency, throughput, and bandwidth have crucial impact on modern IoT and edge computing environments. The foundation for the deployment of such methods are extensive and reliable metric data on the current state of the overall system. anomaly detection, root cause analysis, or initiation of self-stabilizing activities. Artificial intelligence based methods for operations of IT-systems (AIOps) support the process of maintaining and operating large IT infrastructures on different levels, e.g.

Silent sifter minimum delay